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Patient Reported Physical Activity/Function Outcome Measures

Patient Reported Physical Activity/Function Outcome Measures. Dr Ann Taylor Prof Ernest Choy. http://www.paincommunitycentre.org/ http:// twitter.com/paincommunity. Background.

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Patient Reported Physical Activity/Function Outcome Measures

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  1. Patient Reported Physical Activity/Function Outcome Measures Dr Ann Taylor Prof Ernest Choy http://www.paincommunitycentre.org/ http://twitter.com/paincommunity

  2. Background • People living with long term conditions can experience physical activity limitations or suffer from increase symptoms during activity • Physical activity is important in preventing and managing many long term conditions, especially chronic non-malignant chronic pain • Physical activity outcome measures are useful in clinical trials as it enables researchers to effectively evaluate the impact of treatment options; what it actually means in clinical terms if pain is reduced • There are a myriad of objective and subjective outcome tools to choose from when deciding to assess physical activity • The aim of this presentation is to examine patient reported outcome measures that can be used in clinical analgesic trials in patients with chronic non-malignant/chronic musculoskeletal pain • Brief overview of the domains covered • Overview of the differences and similarities in the content and methods of outcome measures in each domain • Brief discussion of the strength and weaknesses of the questionnaires in each domain • Key issues

  3. OMERACT Filter 1.0 • Truth • Is the measure truthful, does it measure what it intends to measure? • Is the result unbiased and relevant? • This criterion captures the issues of face, content, construct and criterion validity. • Discrimination • Does the measure discriminate between situations that are of interest? • The situations can be states at one time (for classification or prognosis) or states at different times (to measure change). • This criterion captures the issues of reliability and sensitivity to change. • Feasibility • Can the measure be applied easily, given constraints of time, money, and • interpretability? • This criterion addresses the pragmatic reality of the use of the measure, one that may be decisive in determining a measure’s success.

  4. OMERACT Filter 2.0

  5. Definitions • Physical activity can be considered as ‘any bodily movement produced by the contraction of skeletal muscle that increases energy expenditure above a basal level’ (WHO 2013). • Physical function has been defined as the ‘ability to carry out various activities that require physical capability, ranging from self-care (basic activities of daily living (ADL)) to more-vigorous activities that require increasing degrees of mobility, strength, or endurance’ (DeWalt et al 2007) • Patient-Reported Outcome Measures: a PRO is ‘any report of the status of a patient’s health condition that comes directly from the patient without interpretation of the patient’s response by a clinician or anyone else”. It can be measured in absolute terms (e.g., severity of a sign, symptom or state of a disease) or as a change from a previous measure’ (FDA 2009)

  6. Search • Outcome measures will be identified searching electronic databases • Medline • Embase • PsychINFO • CINAHL, etc • Hand searching and backward chaining • Key words: • physical activity, functioning, function, motor activity, activities of daily living, activity, exercise • questionnaire*, scale, tool, assessment, self-report, measure* • chronic disease, chronic condition, pain, chronic pain, musculoskeletal, rheumat*, long term conditions, older adults • Inclusion: research from 1996 to present day, in English, published in peer review journals • Exclusion: pre 1996 unless a seminal or key paper, studies looking at athletic performance, sports, children and adolescents, studies looking at the aging process devoid of long term conditions and in post acute care rehabillitation

  7. Pain related physical outcome measures • The Pain Disability Questionnaire (Anagnostis et al 2004) • Chronic Pain Self Efficacy Scale (Anderson et al 1995) • Questionnaire for Physical Activity Decline in Pain (PAD) (Verbunt 2008) • Activities of Daily Living Scale (ADL-scale) (Linton et al 1990) • Daily Activity Diary for Chronic Pain Patients (Follick et al 1984) • The Pain Disability Index (Pollard 1984) • The Multidimensional Pain Inventory (Kerns et al 1985) • The Brief Pain Inventory (Cleeland and Ryan 1994)

  8. General physical outcome measures • London Handicap Scale (Harwood et al 1994) • MOS 36-Item Short From Health Survey (SF36) (Ware and Sherbourne, 1992) • The Impact on Participation and Autonomy (IPA) (Cardol et al 1999) • The Impact on Participation and Autonomy Questionnaire (IPAQ) (Cardol et al 2001) • The Physical Activity and Disability Survey (PADS) (Rimmer et al 2001) • The Physical Activity Questionnaire (Liu et al 2001) • The Quality of Well-Being Scale, Version 1.04 (QWB) (Kaplan et al 1997) • The Sickness Impact Profile (SIP) (Bergner et al 1981) • Work Limitations Questionnaire (WLQ) (Lerner et al 2001) • Human Activity Profile (Daughton et al 1982) • Motor Fitness Scale (Kinugasa & Nagasaki 1998) • Short Questionnaire to Assess Health-Enhancing Physical Activity (SQUASH) (Wendel-Vos et al 2003)

  9. Activity of daily living outcome measures • Population Surveys of Chronic Disease and Disability (Section 1) (Garrad and Bennett 1971) • The Centres for Disease Control and Prevention’s Healthy Days Measures (the CDC HRQOL-14) (Moriarty et al 2003) • The Duke-UNC Health Profile (Parkerson et al 1981) • Katz Index of Independence in Activities of Daily Living (Katz et al 1970) • Rosow Breslau Index of Mobility (Rosow & Breslau 1966) • Nagi’s Upper or Lower Extremity Functional Index (Nagi 1976)

  10. Disease-specific physical activity • Bath AnkylosingSpondylitis Functional Index (Calin et al 1994) • Disability Questionnaire (Roland and Morris 1983) • Fibromyalgia Impact Questionnaire (Burckhardt et al 1991) • Health Assessment Questionnaire (Fries et al 1982) • Western Ontario and McMaster Universities Osteoarthritis Index (WOMAC) (Bellamy 2002) • Functional Status Assessment Instrument (Jette 1978) • The FAST Functional Performance Inventory (Rejeski et al 1995) • The Leisure Time Physical Activity Instrument (LPAI) (Mennerkorpi et al 2005) • The McMaster Toronto Arthritis (MACTAR) Patient Preference Disability Questionnaire (Tugwell et al 1987) • The Physical Activity at Home or at Work Instrument (PAHWI) (Mannerkorpi et al 2005) • Short Musculoskeletal Function Assessment Questionnaire (Swiontkowski et al 1999) • Modified Health Assessment Questionnaire (MHAQ) (Pincus et al 2005) • Musculoskeletal Functional Limitation Index (Katz et al 2009) • Patient-specific activity scoring scheme (Statford et al 1995)

  11. Site specific physical activity • Disabilities of the Arm, Shoulder and Head (DASH) (Hudak et al 1996) • QuickDASH (Cummesson et al 2006) • Boston Carpal Tunnel Questionnaire (Levine et al 1993) • Bournemouth Questionnaire (Bolton & Breen 1999, Bolton & Humphries 2002) • Hip Injury and Osteoarthritis Outcome Score (HOOS) (Nilsdotter et al 2003) • Knee Injury and Osteoarthritis Outcome Score (KOOS) (Roos et al 1998) • Lequesne Hip and Knee Scores (Lequesne 1997) • Neck Disability Index (Vernon & Mior 1991) • The Western Ontario Rotator Cuff Index (Kirkley et al 2003) • The Oswestry Disability Index (Fairbank & Pynsent 2000) • Patient-rated Tennis Elbow Evaluation (MacDermid 2005) • Foot and Ankle Ability Measure (FAAM) (RobRoy et al 2005).

  12. Systematic reviews patient reported physical function/activities

  13. Systematic reviews patient reported physical function/activities (cont)

  14. Key points • No outcome measured all key domains. • Some questionnaires focused on physical activity alone but others included multiple domains of which physical activity was one and/or was a subscale. • While questionnaires tended to be developed for patients with long term conditions, many focused on the older adult group. • The format of the questionnaires varied considerably but most were unidirectional, self-administered and scored by calculating the sum of the domain or total scores. • Many of the questionnaires were developed for a range of populations and limitations experienced by some groups may not be universal. • There appears to be no consensus on what should be included in terms of content and format in PRO measures for physical activity, especially associated with painful conditions, • previous reviews have found variation in the number of recall periods used (Forsen et al 2010) • inconsistencies in the development and validation methods questionnaires (Forsen et al 2010, Frei et al 2011) • conceptual frameworks for physical activity are scarce which may explain the lack of consensus (Gimeno-Santos et al 2011)

  15. Checklist for describing and assessing PROs in clinical trials (Guyatt et al 1997) • 1. What were the PROs measuring? • 1.1. What concepts or constructs were the PROs used in the study measuring? • 1.2. What rationale (if any) for selection of concepts or constructs did the authors provide? • 1.3. Were patients involved in the selection (e.g. focus groups, surveys) of PROs? • 2. Omissions • 2.1. Were there any important aspects of patient’s health (e.g., symptoms, function, perceptions) or quality of life (e.g. overall evaluation, satisfaction with life) that were not reported in this study? • 3. If RCTs measured PROs, what were the instruments measurement strategies? • 3.1. Did investigators use instruments that yield a single indicator or index number, a profile, or a battery of instruments? • 3.2. If investigators measure PROs, did they use specific or generic measures, or both? • 4. Did the instruments work in the way they were supposed to work – validity? • 4.1. Was evidence of prior validation for use in the current population presented? • 4.2. Were the instruments re-validated in this study? • 5. Did the instruments work in the way they were supposed to work – ability to measure change? • 5.1. Are the PROs able to detect change in patient status, even if those changes are small? • 6. Can you make the magnitude of effect (if any) understandable to readers? • 6.1. Can you provide an estimate of the difference in patients achieving a threshold of function or improvement, and the associated number needed to treat (NNT)?

  16. FDA Guidance on PRO Development

  17. Questions? • What are we going to review in terms of patient reported outcomes? • Physical activity? • Physical function? • Physical fitness? • Some or all of the above? • What domains do we need to examine? • How are we going to narrow the focus • Can we justify the narrowing of the focus • Should we change the domains to categories? • "evaluative" (detection of changes over time, typically for evaluation of treatments), • "discriminative" (detection of differences between patients, e.g. for phenotyping), • "predictive" (prediction of future health outcomes, e.g. hospital admissions or death) • "planning" (planning of treatment, e.g. detection of areas with low scorings to target patient education accordingly). • How can we include what has already been undertaken using COSMIN? • Should we use ICF codes to assess for relevance • Many studies were completed prior to ICF • Is it exhaustive as a comprehensive classification?

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